def type_15_system_log():
if __verbose:
print("Gathering system log information...")
__type = 15
if __verbose:
print(dmidecode.get_by_type(__type)[0])
clean = list()
out = dmidecode.get_by_type(__type)[0]
for k in out:
clean.append(out[k])
write(out)
return clean
def getHardwareInfo(self):
## onely run once dmidecode to get all info
hardware_info = dmidecode.get_by_type(1)[0]
hardware_id = re.sub('-', '', hardware_info['UUID'])
hardware_type = hardware_info['Product Name']
result = [hardware_id, hardware_type]
return (result)
def type_9_system_slots():
if __verbose:
print("Gathering sytem slots information...")
l = ["Bus Address"]
data = list()
__type = 9
if __verbose:
print(dmidecode.get_by_type(__type)[0])
for elm in l:
piece = dmidecode.get_by_type(__type)[0][elm]
if __verbose:
print(piece)
data.append(piece)
write(dmidecode.get_by_type(__type)[0])
return data
def type_3_chassis_information():
if __verbose:
print("Gathering chassis information... ")
# potentially unique or can be different for some reason
l = ["Manufacturer", "Serial Number", "Number Of Power Cords", "SKU Number"]
data = list()
__type = 3
if __verbose:
print(dmidecode.get_by_type(__type)[0])
for elm in l:
piece = dmidecode.get_by_type(__type)[0][elm]
if __verbose:
print(piece)
data.append(piece)
write(dmidecode.get_by_type(__type)[0])
return data
def type_2_base_board_information():
if __verbose:
print("Gathering base board information...")
# potentially unique or can be different for some reason
l = ["Serial Number", "Product Name", "Version"]
data = list()
__type = 2
if __verbose:
print(dmidecode.get_by_type(__type)[0])
for elm in l:
piece = dmidecode.get_by_type(__type)[0][elm]
if __verbose:
print(piece)
data.append(piece)
write(dmidecode.get_by_type(__type)[0])
return data
def type_1_system_information():
if __verbose:
print("Gathering system information... ")
# potentially unique or can be different for some reason
l = ["Serial Number", "UUID", "SKU Number"]
data = list()
__type = 1
if __verbose:
print(dmidecode.get_by_type(__type)[0])
for elm in l:
piece = dmidecode.get_by_type(__type)[0][elm]
if __verbose:
print(piece)
data.append(piece)
write(dmidecode.get_by_type(__type)[0])
return data
def type_4_processor_information():
if __verbose:
print("Gathering processor information")
core ="Core"
# potentially unique or can be different for some reason
l = ["Signature", "Upgrade", "Version", "External Clock", "Core Enabled", "Thread Count", "ID"]
data = list()
__type = 4
if __verbose:
print(dmidecode.get_by_type(__type)[0])
for elm in l:
piece = dmidecode.get_by_type(__type)[0][elm]
if __verbose:
print(piece)
data.append(piece)
write(dmidecode.get_by_type(__type)[0])
return data
def type_11_OEM_strings():
if __verbose:
print("Gathering OEM strings...")
l = ["Bus Address"]
data = list()
__type = 11
count = len(
dmidecode.get_by_type(__type)[0]) - 2 # 8 can be used for simplicity
if __verbose:
print(dmidecode.get_by_type(__type)[0])
print("Count: ", count)
for elm in range(count):
str_x = f"String {elm}"
if str_x in dmidecode.get_by_type(__type)[0]:
piece = dmidecode.get_by_type(__type)[0][str_x]
if __verbose:
print(piece)
data.append(piece)
write(dmidecode.get_by_type(__type)[0])
return data
print('[WARNING] Dependencies are missing, please verify that you have installed: ', dep)
exit()
print('[*] Creating VirtualBox modifications ..')
# Randomize serial
def serial_randomize(start=0, string_length=10):
rand = str(uuid.uuid4())
rand = rand.upper()
rand = re.sub('-', '', rand)
return rand[start:string_length]
dmi_info = {}
try:
for v in dmidecode.get_by_type(0):
if type(v) == dict and v['DMIType'] == 0:
dmi_info['DmiBIOSVendor'] = "string:" + v['Vendor']
dmi_info['DmiBIOSVersion'] = "string:" + v['Version'].replace(" ", "")
biosversion = v['BIOS Revision']
dmi_info['DmiBIOSReleaseDate'] = "string:" + v['Release Date']
except:
# This typo is deliberate, as a previous version of py-dmidecode contained a typo
dmi_info['DmiBIOSReleaseDate'] = "string:" + v['Relase Date']
try:
dmi_info['DmiBIOSReleaseMajor'], dmi_info['DmiBIOSReleaseMinor'] = biosversion.split('.', 1)
except:
dmi_info['DmiBIOSReleaseMajor'] = '** No value to retrieve **'
dmi_info['DmiBIOSReleaseMinor'] = '** No value to retrieve **'
def getOSId(self):
hardware_info = dmidecode.get_by_type(1)[0]
hardware_id = re.sub('-', '', hardware_info['UUID'])
result = '{}{}'.format(hardware_id, self.container_id)
return (result)
def getOSId(self):
hardware_info = dmidecode.get_by_type(1)[0]
hardware_id = re.sub('-', '',hardware_info['UUID'])
result = hardware_id
return(result)
def check_for_new():
args = len(sys.argv)
for i in range(args):
if i == 0:
continue
print(dmidecode.get_by_type(int(sys.argv[i])))
